It was developed jointly through the RIKEN, and Fujitsu Japan’s Fugaku is the latest supercomputer with the fastest speed worldwide. Japan had not seen a system achieve first place since 2011, when the Fugaku predecessor, the K computer, made its debut in the first position.
It boasts more than 7.3 million cores and a performance that is 415.5 petaFLOPS. Fugaku is far superior to the previous Summit’s 148.6 PetaFLOPS, bringing HPC advancements one step closer to the exascale future.
Fugaku is the very first best-ranked computer to be run by AMD processors. Other new features include hybrid memory cubes connected to the processors and a new version of the Tofu network that allows for extremely tight integration between all the system nodes.
The ARM-based architecture is a significant shift in computing typically used in supercomputers. The designers see its success as evidence that there is room for further innovation in HPC.
It is located at the RIKEN Center for Computational Science (R-CCS) in Kobe, Japan; Fugaku is designed to be used in applications that solve significant scientific and social problems. They include the discovery of drugs, the development of personalized medicines forecasting for weather and climate, the growth of clean energy sources, and the examination of universal laws. Fugaku is currently being utilized as an experimental base for COVID-19 studies. Fugaku will be fully operational in April 2021.
The competition to have the most powerful supercomputer will ever end. This friendly competition between nations has brought about a rise in the power of processing, and it doesn’t appear like it’s going to slow down any time shortly. With researchers using supercomputers for important research projects like curing fatal illnesses, We should only hope that this trend continues for years in the future.
